An Efficient Cryptography Analysis of Propp Wilson Algorithm for Dynamic Resource Allocation in Cloud Computing?

Cloud computing is emerging as a critical information communication technology and a new computing paradigm; it has a heavy impact on human life in the future. This computing model enables a suitable on-demand network access of configurable computing resources such as servers, networks, storage, services and applications. Allocating resources dynamically for different servers is one of the most important processes in cloud computing. Dynamic resource allocation is a general strategy to control the interferences and enhance the performance of wireless networks. The essential thought behind this allocation is to utilize the channel more efficiently by sharing the spectrum and reducing interference Propp-Wilson algorithm has been proposed in this paper and analyzed with cryptography. It is also compared with skewness algorithm using Cloud Simulator (CloudSim) in terms of performance metrics such as network throughput, response time and latency.